CN109623445A - Glass mold processing built-up jig matched with machining center - Google Patents
Glass mold processing built-up jig matched with machining center Download PDFInfo
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- CN109623445A CN109623445A CN201910080135.6A CN201910080135A CN109623445A CN 109623445 A CN109623445 A CN 109623445A CN 201910080135 A CN201910080135 A CN 201910080135A CN 109623445 A CN109623445 A CN 109623445A
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- holder
- bed
- sliding
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- fixed
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- 239000011521 glass Substances 0.000 title claims abstract description 79
- 230000007246 mechanism Effects 0.000 claims abstract description 37
- 230000001360 synchronised effect Effects 0.000 claims abstract description 25
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 40
- 239000000523 sample Substances 0.000 claims description 18
- 210000004907 gland Anatomy 0.000 claims description 12
- 210000003371 toe Anatomy 0.000 claims description 12
- 239000000203 mixture Substances 0.000 claims description 11
- 238000000034 method Methods 0.000 description 11
- 230000013011 mating Effects 0.000 description 10
- 238000003801 milling Methods 0.000 description 8
- 238000006073 displacement reaction Methods 0.000 description 7
- 238000003754 machining Methods 0.000 description 7
- 238000004519 manufacturing process Methods 0.000 description 7
- 230000000694 effects Effects 0.000 description 5
- 230000008859 change Effects 0.000 description 4
- 230000007717 exclusion Effects 0.000 description 4
- 230000009286 beneficial effect Effects 0.000 description 2
- 238000005553 drilling Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 239000007787 solid Substances 0.000 description 2
- 208000019901 Anxiety disease Diseases 0.000 description 1
- 231100000768 Toxicity label Toxicity 0.000 description 1
- 206010044565 Tremor Diseases 0.000 description 1
- 230000036506 anxiety Effects 0.000 description 1
- 230000009194 climbing Effects 0.000 description 1
- 150000001875 compounds Chemical class 0.000 description 1
- 238000001816 cooling Methods 0.000 description 1
- 238000005520 cutting process Methods 0.000 description 1
- 230000003247 decreasing effect Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000007774 longterm Effects 0.000 description 1
- 230000014759 maintenance of location Effects 0.000 description 1
- 230000000116 mitigating effect Effects 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
- 210000003205 muscle Anatomy 0.000 description 1
- 238000010079 rubber tapping Methods 0.000 description 1
- 238000007493 shaping process Methods 0.000 description 1
- 238000011895 specific detection Methods 0.000 description 1
- 230000009466 transformation Effects 0.000 description 1
- 230000007306 turnover Effects 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q3/00—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine
- B23Q3/02—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine for mounting on a work-table, tool-slide, or analogous part
- B23Q3/06—Work-clamping means
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Moulds For Moulding Plastics Or The Like (AREA)
Abstract
A kind of matched with machining center glass mold processing built-up jig, including reversing frame fixed mechanism；Bed is led in holder sliding, is fixed on reversing frame fixed mechanism；Holder synchronous on-off driving mechanism is located at holder sliding and leads on bed；The bottom of left holder is slidably matched with the left upper part that bed is led in holder sliding and is also fixedly connected with the left end of holder synchronous on-off driving mechanism, the side of left holder towards right holder sets left holder lock module, the bottom of right holder is slidably matched with the right end top that bed is led in holder sliding and is also fixedly connected with the right end of holder synchronous on-off driving mechanism, and the side of right holder towards left holder sets right holder lock module；Supporting device in the middle part of glass mold, the middle part for leading bed with holder sliding are fixed；Left positioning key is supported on left holder, and right positioning key is supported on right holder.It reduces workpiece week swivel link and clamps number, mitigate operation intensity and improve processing efficiency；Positioning is reliable；It clamps high-efficient；Glass mold is avoided deflection situation occur.
Description
Technical field
The invention belongs to tooling and fixture technical field, and in particular to a kind of glass mold processing use matched with machining center
Built-up jig.
Background technique
Since the concept of aforementioned machining center can be found in the following patent document for being not limited to enumerate: CN104002200A
A kind of (vertical crouch compound multiaxis NC maching center), turnover panel horizontal Machining centers of CN104476215A(), CN104802013B(mono-
The numerical control machining center of kind of multi-panel processing), a kind of five-axis NC machine center of CN105364491B(), CN106426590A(number
Control glass processing center) and a kind of numerical control machining center of CN206952549U(), etc., thus not reinflated explanation.
It as is known in the industry, can glass mold to Workpiece boring, tapping and milling etc. as workpiece by machining center
It is unexceptional, and machining center can also be to glass mold inner cavity depiction, text etc..And then as is known in the industry, it is processing
Center to workpiece by technique requirement processing during need Workpiece clamping on frock clamp, and frock clamp is then and in processing
The heart matches.
As shown in the above description: frock clamp plays a very important role in the production process of industrial products, glass
The production of mold is no exception.So-called frock clamp refers to for being clamped or being positioned to workpiece in machining, with
Reach equipment or tool that certain technique requires.Frock clamp usually requires to meet in production without interference phenomenon, positioning
Accurate and reliable and easy to operate etc. requires.Since frock clamp has the characteristics that lead to for the exclusive of certain product is manufactured
With changing, degree is extremely low, often self manufacture, the production of glass in a manner of cutting the garment according to the figure by the production firm of manufacturing machine product
Manufacturer is also generally equipped with various frock clamps in a manner of homemade.
In recent years, the machining center of various medium and high quality is applied by vast medium-sized and small enterprises, is had by Cutter Body Processing with Machining Center product
There is the features such as speed is fast, high-quality and standardization level is high, but if lacking frock clamp matched with machining center, that
Aforementioned features are just difficult to embody.Using by as the glass mold of workpiece be put to machining center implement such as drill straight hole or tiltedly
Hole carves characters, carving, must be pressed from both sides by tooling when being drilled with climbing form hole, milling air drain, mill triangle, mill circular arc and attack the processes such as inner hole thread
Tool locks glass mold reliable retention, and frock clamp to the fast clamp of workpiece or release the reliable of the i.e. unlock of clamping with
No is the vital factor for guaranteeing Cutter Body Processing with Machining Center efficiency and processing quality.
It is no lack of the technical information of the frock clamp about glass mold processing in disclosed Chinese patent literature, such as awards
Weigh notification number CN101659015B(processing glass mold frock clamp), the parallel facing cut of CN103273350B(glass mold
The clamp structure of processing), the vessel die clamper of CN101891373B(glassware), CN101891372B(glassware mould
Fixture), the clamp structure of CN101898311B(milling positioning reference plane in glass die blank), CN102380777B
(grip device of glass mold processing), CN102443859B(are used for the grip device of glass mold processing),
The fixture of CN102350650B(glass mold processing), the folder of the improved glass mold processing of CN102350651B(structure
Tool device), the turntable type frock clamp of CN102689187A(glass mold processing), CN102848039A(be configured at electrical fire
The clamp structure of glass mold formed punch cooling bath processing on flower machine), the fixture of CN102837213A(glass mold processing
Structure), the frock clamp of CN102848246A(glass mold processing), the folder of CN102848245A(glass mold processing
Lamps structure), the clamp structure of CN103056695A(glass mold inner cavity and joint surface processing), CN107900594A(glass
The clamp structure of mold mouth mold die cavity surfacing) and CN103084771A(open-close type shaping mould hinge welding clamping apparatus knot
Structure), etc., etc..
Typical " frock clamp of glass mold inner cavity and joint surface processing " recommended such as CN103056693B, this is specially
Sharp emphasis compensates for logical disadvantage present in above mentioned CN102380777B, CN102443859B and CN102350650B
(for details, reference can be made to the contents in the background technique column of CN103056693B) and objectively embody structure it is terse and can will
It reliably clamps and is substantially able to satisfy machining center to glass mold embedded SMA actuators in the two sides of the length direction of glass mold
It is required that (for details, reference can be made to the technical effect columns of CN103056693B).But there are following shortcoming: first, due to needing using pressure
(there is a pair of of pressuring template at every end) is pushed down in the both ends of the mating surface of glass mold by template, thus causes to generate processing interference feelings
Shape is unable to time processing in place, and so-called time processing refers in place: after completing primary clamp, by machining center both name
To glass mold die cavity processing (as carve), but mating surface can be processed (roughing of such as mating surface, the finishing of mating surface,
Triangle muscle is processed with coincidence or cavity plate is with coincidence processing, the low processing of plane milling and mating surface chamfer machining, etc.), however by this
The glass mold that patent clamps needs completing because being unable to satisfy processing request of the machining center to glass mold mating surface
Circulation is clamped to subsequent processing and by means of fixture separately after die cavity processing, so that machining center carries out necessity to joint surface
Processing, generate investment therefrom manpower be more, online assignment personnel's large labor intensity and influence processing efficiency, and due to throwing
Fixture equipment is more and is unfavorable for saving equipment cost；Second, since two sides is provided opposite in the clamping mechanism on base plate
(i.e. " left holder and right holder ", the same below) is only fixed with a pair of of T shape screw with the adjustment tank being provided on base plate, thus solid
Fixed reliability is difficult to ensure, that is to say, that both two clamping mechanisms and base plate are difficult to obtain desired fiting effect；Third,
Due to that need to be operated respectively to aforementioned two clamping mechanism when being clamped to glass mold, thus had an impact to efficiency is clamped；Fourth,
Due to lacking to the bearing location measure of glass mold periphery, thus in machining center to existing in glass mold process
The anxiety of micro- vast deflection, especially when (patent claims " the sliding seat inclination of sliding seat to the support module between two clamping mechanisms
Face ") when failing ideally periphery desired contact with glass mold with the fixing seat inclined surface of fixing seat, foregoing glass mold
Deflecting (trembling) situation can be more obvious, influences the processing quality to die cavity；For aforementioned all shortcoming, it is necessary to continue to improve,
Technical solution described below generates in this background.
Summary of the invention
Task of the invention lies in provide one kind facilitate complete disposably clamp after by machining center die cavity into
Row Carving Machining and mating surface is carried out Milling Machining and is decreased considerably workpiece week swivel link and to clamp number and mitigation
Online assignment personnel's operation intensity and improve processing efficiency, be conducive to ensure left holder and right holder reliability of positioning and
Be avoided improper displacement, be beneficial to make left holder and right holder synchronous on-off and being improved clamp efficiency, have convenient for pair
Glass mold periphery positions and is able to prevent glass mold matched with the machining center processing of deflection situation with combining
Fixture.
The task of the present invention is come what is completed, one kind glass mold matched with machining center is processed with a group co-clip in this way
Tool, including single-revolution frame fixed mechanism；Bed is led in the sliding of one holder, and holder sliding leads bed and is fixed on the reversing frame fixed mechanism
On；One holder synchronous on-off driving mechanism, holder synchronous on-off driving mechanism setting are led on bed in holder sliding；One is left
Holder and a right holder, the bottom of left holder and the holder sliding lead bed left upper part be slidably matched and also with the folder
The left end of seat synchronous on-off driving mechanism is fixedly connected, and the side of left holder towards right holder is provided with a left holder mode locking
The right end top that bed is led in block, the bottom of right holder and holder sliding is slidably matched and also drives with the holder synchronous on-off
The right end of motivation structure is fixedly connected, and the side of right holder towards left holder is provided with a right holder lock module；One glass molds
Tool middle part supporting device, glass mold middle part supporting device correspond between the left and right holder and sliding with the holder
The dynamic middle part for leading bed is fixed；One left positioning key and a right positioning key, left positioning key are movably supported on the left holder, and the right side is fixed
Position key is movably supported on the right holder.
In a specific embodiment of the invention, the reversing frame fixed mechanism includes in bottom plate and single-revolution disk
Heart locating shaft is fixed with one towards upper side in the left end of bottom plate and leads the left positioning pin of bed, bottom plate right end towards upper one
Side is fixed with one and leads the right positioning pin of bed, and at the middle part of bottom plate and is corresponding to the position structure led between the left and right positioning pin of bed
Cheng Youyi leads the left longitudinal fit key of bed and one and leads the right longitudinal fit key of bed, and leads between the left and right longitudinal fit key of bed corresponding to
Position constitute and lead a located lateral key, it is fixed to constitute center of turntable once in the center of side of the bottom plate under
Position shaft flange disk lock chamber, constituting on the top of rotary disk centralized positioning axis has greater diameter than the straight of rotary disk centralized positioning axis
The rotary disk centralized positioning shaft flange disk of diameter on the rotary disk centralized positioning shaft flange disk and surrounds rotary disk centralized positioning
The circumferencial direction of shaft flange disk, which is spaced apart, is equipped with ring flange fixing screw hole, is equipped with ring flange on ring flange fixing screw hole
Fixing screws, the ring flange fixing screws are fixed with bottom plate, the lower end of rotary disk centralized positioning axis in a state of use with processing
The rotary disk of the reversing frame at center matches, and the bottom plate is fixed with the rotary disk, and the bottom plate is fixed by bottom plate
The bottom that bed is led in screw and holder sliding is fixed and the bottom of bed is led in holder sliding and described leads the left and right positioning of bed
It sells, lead the left and right longitudinal fit key of bed and lead a located lateral key and match.
In another specific embodiment of the invention, left end and the right end of the bottom of bed are led in holder sliding
And it respectively offers holder sliding corresponding respectively to the position led the left positioning pin of bed and lead the right positioning pin of bed to lead bed fixed
Position pin hole leads the left positioning pin of bed and leads the sliding of the right positioning pin of bed and holder and lead a dowel hole matching, slides and lead in holder
The bottom of bed and a folder is being offered corresponding to the position led the left longitudinal fit key of bed and lead the right longitudinal fit key of bed
Bed longitudinal direction fit keyway is led in seat sliding, is led the left longitudinal fit key of bed and is led the right longitudinal fit key of bed and leads bed longitudinal direction with holder sliding
Fit keyway matches, and leads the bottom of bed in holder sliding and offers leading a position for located lateral key corresponding to described in
A located lateral keyway is led in the sliding of one holder, is led a located lateral key and holder and is slided and leads a located lateral keyway and match.
In another specific embodiment of the invention, the holder sliding leads bed composition and leads a chamber, at this
Leading the top of the cavity wall of the opposite side of a chamber and respectively constituting in position to correspond to each other has a sliding block guide runner, the sliding block slide guide
The left end of the cavity wall of slot self-conductance bed chamber extends to right end, and the holder synchronous on-off driving mechanism, which is arranged, leads bed described
It is intracavitary and be slidably matched with the sliding block guide runner；A left holder front slide is fixed in the lower front of the left holder to lead
Item, and the sliding guide after bottom rear is fixed with a left holder, the space between the left forward and backward sliding guide of holder are configured to left
Holder sliding cavity, the left upper part which leads bed with holder sliding are slidably matched；In the right holder
Lower front is fixed with a right holder front slide conducting bar, and the sliding guide after bottom rear is fixed with a right holder, right holder
Space between forward and backward sliding guide is configured to right holder sliding cavity, and bed is led in the right holder sliding cavity and holder sliding
Right end top is slidably matched.
In another specific embodiment of the invention, the holder synchronous on-off driving mechanism includes screw rod, a left side
Sliding block, right sliding block, left slider nut and right slider nut, screw rod be located at holder sliding lead bed the bed of leading it is intracavitary, should
The left end of screw rod, which is rotatably supported at holder sliding, leads the sliding of bed and leads on a left side wall and be stretched over sliding and lead a left side wall
Left side, and the right end of screw rod is rotatably supported at holder sliding and leads the sliding of bed and leads on a right side wall, wherein in the sliding
The top for leading a left side wall, which is constituted, a left sliding shoe resigning chamber, and has a right side in the top composition for leading a right side wall of sliding
Sliding block resigning chamber, left slider be arranged in holder sliding lead bed left end and correspond to the left slider resigning chamber position with
The left end of the sliding block guide runner is slidably matched, and holder sliding, which is arranged in, in right sliding block leads the right end of bed and corresponding to the right side
The position of sliding block resigning chamber and the right end of the sliding block guide runner are slidably matched, and left slider nut is formed in the right end court of left slider
It downward side and is threadedly engaged with the screw rod left-hand thread of the left end of screw rod, right slider nut is formed in the left end court of right sliding block
It downward side and is threadedly engaged with the screw rod right-hand thread of the right end of screw rod, wherein the hand of spiral of the screw rod left-hand thread
Be it is opposite with the hand of spiral of the screw rod right-hand thread, the bottom of the left holder is fixedly connected with the left slider, described
The bottom of right holder is fixedly connected with the right sliding block.
Of the invention there are one in specific embodiment, pass through gland spiral shell in the left side that a left side wall is led in the sliding
Nail is fixed with a gland, offers a screw rod square toes relief hole in the center of the gland, the left end of the screw rod is in correspondence
The left side of gland is stretched in the position of square toes relief hole and composition there are screw rod square toes.
In a still more specific embodiment of the invention, the middle part in the length direction of the left slider and direction
On side be fixed with a left holder positioning key, and the middle part of the length direction of the right sliding block and towards upper side it is solid
Surely there is a right holder positioning key, the left holder is fixed and by left holder fixing screws and left slider in the bottom of left holder
A left holder positioning spline is offered, which matches with the left holder positioning key, the right holder
It is fixed by right holder fixing screws and right sliding block and offers a right holder positioning spline, the right folder in the bottom of right holder
Seat positioning spline is matched with the right holder positioning key.
In a specific embodiment in turn of the invention, supporting device includes a bearing in the middle part of the glass mold
Block pedestal and a rest pad, rest pad pedestal corresponds between the left and right holder, and the rest pad bottom of the rest pad pedestal
Seat front side wall is fixed by the front side that rest pad pedestal front side wall fixing screws lead bed with holder sliding, and rest pad pedestal
Rest pad pedestal rear wall slided by rest pad bottom rear wall fixing screws and holder and lead the rear side of bed and fix, and propping up
The front-end and back-end of supporting block pedestal are each provided with a pair of of rest pad Locating pilot pin, which leans out branch
The upper surface of supporting block pedestal, and lower end is stretched over the lower section of rest pad pedestal front side wall and rest pad pedestal rear wall respectively,
Rest pad is supported on the rest pad pedestal and bottom of the rest pad and matches with a pair of of rest pad Locating pilot pin, branch
Supporting block is constituted towards upper side a rest pad support die cavity.
In yet a further embodiment of the present invention before the rest pad support die cavity of the rest pad support die cavity
An adjustment cushion block slot is respectively offered after cavity wall and rest pad support die cavity in cavity wall and in mutual corresponding position, in adjusting pad
It is provided with an adjustment cushion block T-nut in block slot, is connected with an adjustment cushion block on adjustment cushion block T-nut.
Of the invention again and then in a specific embodiment, the left holder has a left holder vertical wall, at this
A left positioning key is offered in left holder vertical wall to probe into chamber and pass through left covering plate bolt in the left side of left holder vertical wall
It is fixed with a left cover plate, is offered in the left cover plate and in the position for the left end end face for corresponding to the left positioning key
One left positioning key adjustment bolt slot is equipped with one in the position for corresponding to the left positioning key adjustment bolt slot with upper and lower corresponding states
To left positioning key adjustment bolt, the left end of the left positioning key probes into the left positioning key and probes into chamber and be movably supported on a left side
Holder is towards upper side, and the right end of left positioning key forms horizontal boom state, the left positioning key adjustment bolt of a pair
It is connect with the left end end face of left positioning key；The right holder has a right holder vertical wall, opens up in the right holder vertical wall
There is a right positioning key to probe into chamber and one right cover plate is fixed with by right covering plate bolt on the right side of right holder vertical wall,
A right positioning key adjustment bolt is offered in the right cover plate and in the position for the right end end face for corresponding to the right positioning key
Slot is equipped with a pair of right positioning key adjustment spiral shell in the position for corresponding to the right positioning key adjustment bolt slot with upper and lower corresponding states
Bolt, the right end of the right positioning key probe into the right positioning key and probe into chamber and be movably supported on right holder towards upper one
Side, and the left end of right positioning key forms horizontal boom state, the right side of a pair right the positioning key adjustment bolt and right positioning key
Hold end face connection；The left holder lock module is fixed on the left holder vertical wall towards the right holder vertical wall side
Top, and the right holder lock module is fixed on top of the right holder vertical wall towards left holder vertical wall side.
One of the technical effect of technical solution provided by the invention, due to will be clipped on up for the glass mold of processing
After between the left and right holder lock module of left and right holder, the mating surface and die cavity of glass mold are in unobstructed open shape
State is carried out Milling Machining to mating surface by machining center and is not necessarily to die cavity Carving Machining, thus after completing primary clamp
Carry out it is secondary clamp, can not only substantially reduce workpiece week swivel link and clamp number, but also can significantly mitigate the work of online assignment personnel
Industry intensity and processing efficiency also can be improved；Two, since left and right holder being led on the left and right end of bed with holder sliding respectively
Portion is slidably matched, and is also fixedly connected respectively with the left and right end of holder synchronous on-off driving mechanism, thus with good fixed
Position reliability, avoids the occurrence of improper displacement；Three, due to making the synchronous phase of left and right holder by holder synchronous on-off driving mechanism
It is opened to displacement or phase mutual exclusion, thus can improve and efficiency is clamped to glass mold；Four, due to that can be distinguished by left and right positioning key
To the rear support at the left and right end of glass mold, thus it is avoided glass mold and deflection situation occurs.
Detailed description of the invention
Fig. 1 is the embodiment of the present invention structure chart.
Fig. 2 is the schematic diagram that the present invention is configured on the reversing frame of machining center.
Fig. 3 is another embodiment of the present invention structure chart.
Specific embodiment
In order to which technical spirit and beneficial effect of the invention is more clearly understood, applicant is below with embodiment
Mode elaborate, but be not limitation to the present invention program, any structure according to the present invention to the description of embodiment
Think made only formal but not substantive equivalent transformation and is regarded as technical solution of the present invention scope.
The concept of all directionality for being related to upper, lower, left, right, front and rear or directionality is all in the following description
On the basis of the location of Fig. 1 state, thus the special limit to technical solution provided by the invention cannot be understood as
It is fixed.
Embodiment 1:
Referring to Figure 1, single-revolution frame fixed mechanism 1；It shows holder sliding and leads bed 2, holder sliding is led before bed 2 is fixed on
It states on reversing frame fixed mechanism 1；A holder synchronous on-off driving mechanism 3 is shown, the holder synchronous on-off driving mechanism 3 setting
It is led on bed 2 in the sliding of aforementioned holder；A left holder 4 and a right holder 5 are shown, the bottom of left holder 4 and aforementioned holder slide
The left upper part for leading bed 2 is slidably matched and is also fixedly connected with the left end of aforementioned holder synchronous on-off driving mechanism 3, and on a left side
The side of holder 4 towards right holder 5 is provided with a left holder lock module 41, and bed 2 is led in the bottom of right holder 5 and the sliding of aforementioned holder
Right end top be slidably matched and be also equally fixedly connected with the right end of aforementioned holder synchronous on-off driving mechanism 3, and on the right side
The side of holder 5 towards left holder 4 is provided with a right holder lock module 51；Supporting device 6 in the middle part of a glass mold is shown, it should
Supporting device 6 corresponds to the middle part that bed 2 is led between aforementioned left and right holder 4,5 and with the sliding of aforementioned holder in the middle part of glass mold
It is fixed；It shows a left positioning key 7 and a right positioning key 8, left positioning key 7 is movably supported on aforementioned left holder 4, right positioning
Key 8 is movably supported on aforementioned right holder 5.
Continue to see Fig. 1, reversing frame fixed mechanism 1 above-mentioned includes bottom plate 11 and single-revolution disk center locating shaft 12, the bottom of at
The left end of plate 11 is fixed with one towards upper side and leads the left positioning pin 111 of bed, fixes in the right end of bottom plate 11 towards upper side
The right positioning pin 112 of bed is led, and is led between the left and right positioning pin 111,112 of bed at the middle part of bottom plate 11 and corresponding to
Position composition leads the left longitudinal fit key 113 and one of bed and leads the right longitudinal fit key 114 of bed, and left and right vertical corresponding to bed is led
It is constituted to the position between fit key 113,114 and leads a located lateral key 115, at the center of side of the bottom plate 11 under
Position constitutes center of turntable locating shaft ring flange lock chamber 116 once, and constituting on the top of rotary disk centralized positioning axis 12 has
Greater diameter than the rotary disk centralized positioning shaft flange disk 121 of the diameter of rotary disk centralized positioning axis 12, in the revolution disk center
Circumferencial direction on locating shaft ring flange 121 and around rotary disk centralized positioning shaft flange disk 121, which is spaced apart, is equipped with ring flange
Fixing screw hole 1211 is equipped with ring flange fixing screws 12111 on ring flange fixing screw hole 1211, which fixes
Screw 12111 and bottom plate 11 are fixed, and the lower end of rotary disk centralized positioning axis 12 is in a state of use and in the processing illustrated by Fig. 3
The rotary disk 91 of the reversing frame 9 of the heart matches, and bottom plate 11 passes through the rotary disk fixing screws that are preset on bottom plate 11
Hole 118 is fixed by means of rotary disk fixing screws and aforementioned rotary disk 91, and bottom plate 11 is by bottom plate fixing screws 117 with before
State holder sliding lead bed 2 bottom fix and holder sliding lead bed 2 bottom and it is above-mentioned lead the left and right positioning pin 111 of bed,
112, it leads the left and right longitudinal fit key 113,114 of bed and leads a located lateral key 115 and match.
To lead the left longitudinal fit key 113 of bed and lead the right longitudinal fit key 114 of bed be the long side side with bottom plate 11 due to aforementioned
To consistent, thus it is known as leading the left longitudinal fit key 113 of bed and leads the right longitudinal fit key 114 of bed, and lead bed due to aforementioned
Located lateral key 115 be it is consistent with the short side direction of bottom plate 11, i.e., mutually pitch mistake with the longitudinal direction of bottom plate 11, namely with lead
It the left longitudinal fit key 113 of bed and leads the right longitudinal fit key 114 of bed and forms false relation, thus be known as leading a located lateral key
115。
Continue to see Fig. 1, aforementioned holder sliding lead bed 2 bottom left end and right end and correspond respectively to it is aforementioned
The position led the left positioning pin 111 of bed and lead the right positioning pin 112 of bed respectively offers holder sliding and leads a dowel hole and (do not show in figure
Out), it leads the left positioning pin 111 of bed and leads the sliding of the right positioning pin 112 of bed and holder and lead a dowel hole and match, slided in holder
It leads the bottom of bed 2 and is opened corresponding to the aforementioned position led the left longitudinal fit key 113 of bed and lead the right longitudinal fit key 114 of bed
Lead bed longitudinal direction fit keyway 21 equipped with holder sliding, lead the left longitudinal fit key 113 of bed and lead the right longitudinal fit key 114 of bed with
Holder sliding is led bed longitudinal direction fit keyway 21 and is matched, and leads the bottom of bed 2 in holder sliding and is leading bed cross corresponding to aforementioned
Holder sliding is offered to the position of positioning key 115 and leads a located lateral keyway 22, leads a located lateral key 115 and holder is sliding
It is dynamic to lead a located lateral keyway 22 and match.From the signal of Fig. 1: bed longitudinal direction fit keyway 21 and folder are led in aforementioned holder sliding
Seat sliding leads a located lateral keyway 22 and forms cross false relation each other.
Holder sliding above-mentioned leads the composition of bed 2 and leads a chamber 23, on the top of the cavity wall for leading the opposite side of a chamber 23
And respectively constituting in position to correspond to each other has a sliding block guide runner 231, the aforementioned cavities of the 231 self-conductance bed chamber 23 of sliding block guide runner
The left end of wall extends to right end, the setting of holder synchronous on-off driving mechanism 3 above-mentioned it is aforementioned lead in a chamber 23 and with it is aforementioned
Sliding block guide runner 231 is slidably matched；A left holder front slide conducting bar 42 is fixed in the lower front of aforementioned left holder 4, and
Bottom rear is fixed with sliding guide 43 after a left holder, and the space between the left forward and backward sliding guide 42,43 of holder is configured to left
Holder sliding cavity 44, the left upper part which leads bed 2 with the sliding of aforementioned holder are slidably matched；In aforementioned right folder
The lower front of seat 5 is fixed with a right holder front slide conducting bar 52, and the sliding guide after bottom rear is fixed with a right holder
53, the space between the right forward and backward sliding guide 52,53 of holder is configured to right holder sliding cavity 54, the right holder sliding cavity 54 with
The right end top that bed 2 is led in aforementioned holder sliding is slidably matched.
Continue to see Fig. 1, holder synchronous on-off driving mechanism 3 above-mentioned includes screw rod 31, left slider 32, right sliding block 33, a left side
Slider nut 34 and right slider nut 35, screw rod 31, which is located at the sliding of aforementioned holder, leads the aforementioned of bed 2 and leads in a chamber 23, the screw rod 31
Left end be rotatably supported at holder sliding and lead the sliding of bed 2 and lead on a left side wall 24 and be stretched over sliding and lead a left side wall 24
Left side, and the right end of screw rod 31 is rotatably supported at holder sliding and leads the sliding of bed 2 and leads on a right side wall 25, wherein preceding
Stating the top composition that a left side wall 24 is led in sliding has a left sliding shoe resigning chamber 241, and leads a right side wall 25 in aforementioned sliding
Top, which is constituted, a right sliding block resigning chamber 251, and left slider 32 is arranged in holder sliding and leads the left end of bed 2 and corresponding to aforementioned
The position of left slider resigning chamber 241 and the left end of slide block guide runner 231 are slidably matched, and the right setting of sliding block 33 is slided in holder
It leads the right end of bed 2 and the right end in the position and slide block guide runner 231 that correspond to aforementioned right sliding block resigning chamber 251 slides
Cooperation, left slider nut 34 be formed in side of the right end of left slider 32 under and with the left spiral shell of the screw rod of the left end of screw rod 31
Line 311 is threadedly engaged, and right slider nut 35 is formed in side of the left end under of right sliding block 33 and the right end with screw rod 31
Screw rod right-hand thread 312 be threadedly engaged, wherein the hand of spiral of aforementioned screw rod left-hand thread 311 is and aforementioned screw rod right-hand thread 312
The hand of spiral it is opposite, the bottom of aforementioned left holder 4 is fixedly connected with aforementioned left slider 32, the bottom of aforementioned right holder 5 and
Aforementioned right sliding block 33 is fixedly connected.
One gland 242 is fixed with by gland screw 2421 in the left side that a left side wall 24 is led in aforementioned sliding, in the gland
242 center offers a screw rod square toes relief hole 2422, and the left end of aforementioned screw rod 31 is corresponding to square toes relief hole
2422 position is stretched over the left side of gland 242 and composition has screw rod square toes 313.When being operated with tool to screw rod square toes 313,
Screw rod 31 can be made to rotate, driving left and right sliding block 32,33 by the rotation of screw rod 31, displacement or phase mutual exclusion are opened in opposite directions, thus by left and right
Sliding block 32,33 drives left and right holder 4,5, and displacement or phase mutual exclusion are opened in opposite directions.
The length direction of aforementioned left slider 32 middle part and be fixed with a left holder positioning key towards upper side
321, and it is fixed with a right holder positioning key 331 at the middle part of the length direction of aforementioned right sliding block 33 and towards upper side,
Aforementioned left holder 4 is by left holder fixing screws 45 in the position for corresponding to the left slider screw hole 322 being preset on left slider 32
It is fixed with left slider 32 and offers a left holder positioning spline 46 in the bottom of left holder 4, the left holder positioning spline 46
Matched with left holder positioning key 321 above-mentioned, aforementioned right holder 5 by right holder fixing screws 55 correspond to be preset in the right side
The position of right sliding block screw hole 332 on sliding block 33 and right sliding block 33 are fixed and offer a right holder in the bottom of right holder 5
Positioning spline 56, the right holder positioning spline 56 are matched with right holder positioning key 331 above-mentioned.
Change left holder positioning key 321 and changes right holder positioning key 331 position on left and right sliding block 32,33 respectively
Set the position that can accordingly change between left and right holder 4,5, shown with adapting to glass mold 10(Fig. 2 to different size) clamp.
As shown in Figure 1, interval composition has left holder positioning key adjustment tank 323 on aforementioned left slider 32, and on aforementioned right sliding block 33
Interval, which is constituted, a right holder positioning key adjustment tank 333, changes left holder positioning key 321 in left holder positioning key adjustment tank 323
On position can accordingly change the position of left holder 4, same example changes right holder positioning key 331 in right holder positioning key adjustment tank
Position on 333 can accordingly change the position of right holder 5.
Continuing to see Fig. 1, supporting device 6 includes a rest pad pedestal 61 and a rest pad 62 in the middle part of glass mold above-mentioned,
Rest pad pedestal 61 corresponds between aforementioned left and right holder 4,5, and the rest pad pedestal front side wall of the rest pad pedestal 61 is logical
The front side that rest pad pedestal front side wall fixing screws 611 lead bed 2 with the sliding of aforementioned holder is crossed to fix, and the branch of rest pad pedestal 61
Supporting block pedestal rear wall is fixed by the rear side that rest pad bottom rear wall fixing screws 612 lead bed 2 with holder sliding, and is being propped up
The front-end and back-end of supporting block pedestal 61 are each provided with a pair of of rest pad Locating pilot pin 613, this is upper to rest pad Locating pilot pin 613
End leans out the upper surface of rest pad pedestal 61, and lower end is stretched over respectively on rear side of rest pad pedestal front side wall and rest pad pedestal
The lower section of wall, rest pad 62 is supported on rest pad pedestal 61 and the bottom of the rest pad 62 and a pair of of rest pad above-mentioned are fixed
Position guide pin 613 matches (by the pin-guide hole for being provided with the bottom of rest pad 62), and rest pad 62 is constituted towards upper side to be had
One rest pad support die cavity 621.
After the rest pad support die cavity anterior cavity wall and rest pad support die cavity of aforementioned rest pad support die cavity 621 in cavity wall and
An adjustment cushion block slot 6211 is respectively offered in mutual corresponding position, is provided with an adjustment cushion block T in adjustment cushion block slot 6211
Shape nut 62111 is connected with an adjustment cushion block 62112 on adjustment cushion block T-nut 62111.Specifically: adjustment cushion block
62112 are connect by adjustment cushion block screw 62113 with adjustment cushion block T-nut 62111.Since adjustment cushion block 62112 can adjust
It is slided at cushion block slot 62111, thus adapts to the glass mold 20 of different size.
Continue to see that Fig. 1, aforementioned left holder 4 have a left holder vertical wall 47, offer in the left holder vertical wall 47
One left positioning key, which probes into chamber 471 and is fixed with a left side by left covering plate bolt 4722 in the left side of left holder vertical wall 47, to be covered
Cover board 472 offers a left side in the left cover plate 472 and in the position for the left end end face for corresponding to aforementioned left positioning key 7
Positioning key adjustment bolt slot 4721 is arranged in the position for corresponding to the left positioning key adjustment bolt slot 4721 with upper and lower corresponding states
Have a pair of left positioning key adjustment bolt 47211, the left end of aforementioned left positioning key 7 probe into aforementioned left positioning key probe into chamber 471 and
Left holder 4 is movably supported on towards upper side, and the right end of left positioning key 7 forms horizontal boom state, a pair above-mentioned
Left positioning key adjustment bolt 47211 is connect with the left positioning key screw hole 71 on the left end end face of left positioning key 7；Aforementioned right holder 5
With a right holder vertical wall 57, a right positioning key is offered in the right holder vertical wall 57 and probes into chamber 571 and in right folder
The right side of seat vertical wall 57 is fixed with a right cover plate 572(Fig. 2 by right covering plate bolt 5721 and shows), in the right cover plate
On 572 and one, which is offered, in the position for the right end end face for corresponding to aforementioned right positioning key 8 is equivalent to aforementioned left positioning key adjustment
The right positioning key adjustment bolt slot of bolt slot 4721 is corresponding to the position of the right positioning key adjustment bolt slot to correspond to shape up and down
State is equipped with a pair of right positioning key adjustment bolt for being equivalent to the left positioning key adjustment bolt 47211 of aforementioned a pair, aforementioned right positioning
The right end of key 8 probes into aforementioned right positioning key and probes into chamber 571 and be movably supported on right holder 5 towards upper side, and the right side is fixed
The left end of position key 8 forms horizontal boom state, the right end end face company of the right positioning key adjustment bolt of a pair above-mentioned and right positioning key 8
It connects；Left holder lock module 41 above-mentioned is fixed on aforementioned left holder vertical wall 47 towards the upper of aforementioned right 57 side of holder vertical wall
Portion, and right holder lock module 51 above-mentioned is fixed on top of the right holder vertical wall 57 towards left 47 side of holder vertical wall.
Continue to see Fig. 1, left holder lock module 41 aforementioned in the present embodiment is by lock module 411 and a pair on a pair of left holder
Lock module 412 forms under left holder, offers a left holder tommyhead bolt slot on the top of left holder 4 towards the side of right holder 5
48, lock module 411 is respectively corresponding to left holder tommyhead bolt slot 48 by lock module tommyhead bolt on left holder on a pair of left holder
Position and left holder 4 it is fixed, lock module 412 respectively passes through lock module screw 4121 under left holder and left holder under a pair of left holder
4 lower sections that are fixed and corresponding to lock module 411 on a pair of left holder；Right holder lock module 51 above-mentioned is by a pair of right holder
Lock module 512 forms under lock module 511 and a pair of right holder, offers one on the top of right holder 5 towards the side of left holder 4
Right holder tommyhead bolt slot 58, lock module 511 is respectively by lock module tommyhead bolt 5111 on right holder in correspondence on a pair of right holder
Fixed in the position of right holder tommyhead bolt slot 58 and right holder 5, lock module 512 respectively passes through right folder lower lock under a pair of right holder
Module screw 5121 and right holder are fixed and correspond to the lower section of lock module 511 under a pair of right holder.
As a preferred option, a left side can be configured on aforementioned left holder 4 to tool apron 49, and configures one on right holder 5
The right side does not enable usually tool apron 59 tool apron 49 and the right side tool apron 59, a left side, only after of the invention long-term unused
When enabling once again, position of the invention need to be detected, to avoid quality problems, specific detection is: usual work in-process
Be provided with the signal picker of two sensors etc in the heart, when it is left and right to tool apron 49,59 and signal picker to it is corresponding when then by
Signal picker collects signal and signal is fed back to electric controller, shows that the position of work in-process of the present invention in the heart is in
Correct status is suitable for using, and vice versa.Two labels, such as eye-catching red-label can also be set in the heart with work in-process, when
It is left and right to tool apron 49,59 with this two label to it is corresponding when then show that the position of work in-process of the present invention in the heart is correct, be suitable for use.
Fig. 2 is referred to, the single-revolution frame 9 for the structural system for belonging to machining center having already mentioned above is shown in FIG. 2,
The rotary disk 91 of the bottom plate 11 of aforementioned reversing frame fixed mechanism 1 and reversing frame 9 is fixed and rotary disk centralized positioning axis 12 with return
Turntable 91 is fixed.Rotary disk 91 above-mentioned is alternatively referred to as lathe turntable chuck.Reversing frame 9 above-mentioned is supported on by reversing frame axis 92
Processing center machine.
Glass mold 20 is clipped between left and right holder 4,5 with the upward state of its die cavity by online assignment personnel, by
A pair of of adjustment cushion block 62112, thus middle part (i.e. " back side at the middle part ") branch at the back side of glass mold 20 are enabled in the present embodiment
It holds on a pair of adjustment cushion block 62112, due to corresponding respectively to aforementioned left positioning key 7 at the both ends back side of glass mold 20
And the position of right positioning key 8 is usually respectively machined with keyway, thus left and right positioning key 7,8 of the invention be cater to the keyway and
It adds, to meet requirement of the keyway respectively with the cooperation of left and right positioning key 7,8, that is, ensures reliably clamping to glass mold 20
It is required that.When online assignment personnel operates aforementioned screw rod square toes 313 with tool, screw rod 31 is rotated, since 31 both ends of screw rod are
The hand of spiral of the left and right screw thread 311,312 of the screw rod at left and right end is opposite each other, thus when screw rod 31 rotates, left by its drive,
The right displacement in opposite directions of sliding block 32,33 makes the left and right displacement in opposite directions of holder 4,5, by 41,51 pairs of glass molds 20 of left and right holder lock module
Both ends clamp, hence into the working condition carved by mold of the machining center to glass mold 20, after the completion of engraving
The processing of drilling and milling etc is carried out to the mating surface of glass mold 20 by technique requirement.Processing to aforementioned drilling and milling, carving etc is made
After the completion of industry, aforementioned operation is corresponded to screw rod square toes 313 with tool by online assignment personnel and carries out reverse operating, make it is left,
Right holder lock module 41,51 phase mutual exclusions open and release the state of clamping to glass mold 20, remove the glass molds for completing processing
Tool 20 is simultaneously clamped next glass mold 20 up for processing by above-mentioned same operation.
Embodiment 2:
Fig. 3 is referred to, a left positioning key is fixed in the side of left holder vertical wall 47 towards the left holder 5 of left holder 4 and fixes
Plate 473 left positioning key 7 is arranged in left positioning key fixed plate 473, before the structural system of aforementioned left holder lock module 41
It states lock module 411 on a pair of left holder to be merged into one piece and correspond to the top of left positioning key fixed plate 473, relative to implementation
Example 1 saves lock module 412 under a pair of left holder；Same example, right holder 5 right holder vertical wall 57 towards the side of left holder 4
It is fixed with a right positioning key fixed plate 573, the right holder of aforementioned a pair of the structural system of aforementioned right holder lock module 51 is locked
Module 511 is merged into one piece and corresponds to the top of right positioning key fixed plate 573, saves a pair of right folder relative to embodiment 1
Lower lock module 512.In addition, adjusting pad block 62112 can not be configured on rest pad 62.Remaining is the same as the description to embodiment 1.
In conclusion technical solution provided by the invention compensates for the shortcoming in prior art, invention has been favorably accomplished
Task has faithfully fulfilled the technical effect that applicant refers in technical effect column above.
Claims (10)
1. a kind of glass mold processing built-up jig matched with machining center, it is characterised in that including the fixed machine of single-revolution frame
Structure (1)；The sliding of one holder is led bed (2), and holder sliding is led bed (2) and is fixed on the reversing frame fixed mechanism (1)；One holder
Synchronous on-off driving mechanism (3), the holder synchronous on-off driving mechanism (3) setting are led on bed (2) in holder sliding；One is left
The left upper part that bed (2) is led in holder (4) and a right holder (5), the bottom of left holder (4) and holder sliding is slidably matched simultaneously
And be also fixedly connected with the left end of the holder synchronous on-off driving mechanism (3), and in left holder (4) towards right holder (5)
Side is provided with a left holder lock module (41), and the right end top that bed (2) is led in the bottom of right holder (5) and holder sliding is sliding
It is dynamic to cooperate and be also fixedly connected with the right end of the holder synchronous on-off driving mechanism (3), and in right holder (5) towards left folder
The side of seat (4) is provided with a right holder lock module (51)；Supporting device (6) in the middle part of one glass mold, glass mold middle part
Supporting device (6) corresponds between the left and right holder (4,5) and the middle part for leading bed (2) with holder sliding is fixed；One
Left positioning key (7) and a right positioning key (8), left positioning key (7) are movably supported on the left holder (4), right positioning key (8)
It is movably supported on the right holder (5).
2. glass mold processing built-up jig matched with machining center according to claim 1, it is characterised in that institute
The reversing frame fixed mechanism (1) stated includes bottom plate (11) and single-revolution disk center locating shaft (12), in the left end court of bottom plate (11)
Upward side is fixed with one and leads the left positioning pin of bed (111), is fixed with one towards upper side in the right end of bottom plate (11) and leads bed
Right positioning pin (112), and at the middle part of bottom plate (11) and corresponding to the position led between the left and right positioning pin of bed (111,112)
It sets composition and leads the left longitudinal fit key (113) of bed and one and lead the right longitudinal fit key (114) of bed, and left and right corresponding to bed is led
Position between longitudinal fit key (113,114) constitutes and leads a located lateral key (115), bottom plate (11) under one
The center of side constitutes center of turntable locating shaft ring flange lock chamber (116) once, in rotary disk centralized positioning axis (12)
Top constitute and have rotary disk centralized positioning shaft flange disk greater diameter than the diameter of rotary disk centralized positioning axis (12)
(121), on the rotary disk centralized positioning shaft flange disk (121) and around rotary disk centralized positioning shaft flange disk (121)
Circumferencial direction, which is spaced apart, is equipped with ring flange fixing screw hole (1211), is equipped with flange on ring flange fixing screw hole (1211)
Disk fixing screws (12111), the ring flange fixing screws (12111) and bottom plate (11) are fixed, rotary disk centralized positioning axis (12)
Lower end matched in a state of use with the rotary disk (91) of the reversing frame of machining center (9), and the bottom plate (11) with
The rotary disk (91) is fixed, and the bottom plate (11) leads the bottom of bed (2) by bottom plate fixing screws (117) and holder sliding
Portion is fixed and holder sliding leads the bottom of bed (2) and described lead the left and right positioning pin of bed (111,112), leads the left and right longitudinal direction of bed
It fit key (113,114) and leads a located lateral key (115) and matches.
3. glass mold processing built-up jig matched with machining center according to claim 2, it is characterised in that
Holder sliding leads the left end of the bottom of bed (2) and right end and is corresponding respectively to described lead the left positioning pin of bed (111)
And lead the right positioning pin of bed (112) position respectively offer holder sliding lead a dowel hole, lead the left positioning pin of bed (111) and
It leads the sliding of the right positioning pin of bed (112) and holder and leads a dowel hole and match, lead the bottom of bed (2) and right in holder sliding
The position led the left longitudinal fit key (113) of bed described in Ying Yu and lead the right longitudinal fit key (114) of bed offers holder sliding
Bed longitudinal direction fit keyway (21) is led, the left longitudinal fit key (113) of bed is led and leads the right longitudinal fit key (114) of bed and holder sliding
It leads bed longitudinal direction fit keyway (21) to match, lead the bottom of bed (2) in holder sliding and determines corresponding to the bed transverse direction of leading
The position of position key (115) offers holder sliding and leads a located lateral keyway (22), leads bed located lateral key (115) and a holder
Sliding is led a located lateral keyway (22) and is matched.
4. glass mold processing built-up jig matched with machining center according to claim 1, it is characterised in that institute
The holder sliding stated, which is led bed (2) and constituted, leads a chamber (23), the cavity wall for leading the opposite side of a chamber (23) top and
Respectively constituting in position to correspond to each other has a sliding block guide runner (231), sliding block guide runner (231) the self-conductance bed chamber (23) it is described
The left end of cavity wall extends to right end, holder synchronous on-off driving mechanism (3) setting lead in a chamber (23) described and
It is slidably matched with the sliding block guide runner (231)；A left holder front slide is fixed in the lower front of the left holder (4) to lead
Item (42), and the sliding guide (43) after bottom rear is fixed with a left holder, the left forward and backward sliding guide of holder (42,43) it
Between space be configured to left holder sliding cavity (44), the left ends of bed (2) is led in the left holder sliding cavity (44) and holder sliding
Top is slidably matched；It is fixed with a right holder front slide conducting bar (52) in the lower front of the right holder (5), and behind bottom
Side is fixed with sliding guide (53) after a right holder, and the space between the right forward and backward sliding guide of holder (52,53) is configured to right folder
Seat sliding cavity (54), the right end top which leads bed (2) with holder sliding are slidably matched.
5. glass mold processing built-up jig matched with machining center according to claim 4, it is characterised in that institute
The holder synchronous on-off driving mechanism (3) stated includes screw rod (31), left slider (32), right sliding block (33), left slider nut (34)
With right slider nut (35), screw rod (31), which is located at holder sliding, leads the described of bed (2) and leads in a chamber (23), the screw rod (31)
Left end be rotatably supported at holder sliding and lead the sliding of bed (2) and lead on a left side wall (24) and be stretched over sliding and lead on the left of bed
The left side of wall (24), and the right end of screw rod (31) is rotatably supported at holder sliding and leads the sliding of bed (2) and leads a right side wall (25)
On, wherein there is a left sliding shoe resigning chamber (241) in the top composition for leading a left side wall (24) of sliding, and in the cunning
The dynamic top for leading a right side wall (25), which is constituted, a right sliding block resigning chamber (251), and left slider (32) setting leads bed in holder sliding
(2) left end and the left end cunning in the position and the sliding block guide runner (231) for corresponding to the left slider resigning chamber (241)
Dynamic cooperation, right sliding block (33) setting lead the right end of bed (2) in holder sliding and are corresponding to the right sliding block resigning chamber (251)
Position and the right end of the sliding block guide runner (231) be slidably matched, left slider nut (34) is formed in the right side of left slider (32)
It holds the side under and is threadedly engaged with the screw rod left-hand thread (311) of the left end of screw rod (31), right slider nut (35) structure
At matching in side of the left end of right sliding block (33) under and with screw rod right-hand thread (312) screw thread of the right end of screw rod (31)
Close, wherein the hand of spiral of the screw rod left-hand thread (311) be it is opposite with the hand of spiral of the screw rod right-hand thread (312),
The bottom of the left holder (4) is fixedly connected with the left slider (32), the bottom of the right holder (5) and the right sliding block
(33) it is fixedly connected.
6. glass mold processing built-up jig matched with machining center according to claim 5, it is characterised in that
The left side that a left side wall (24) is led in the sliding is fixed with a gland (242) by gland screw (2421), in the gland (242)
Center offer a screw rod square toes relief hole (2422), the left end of the screw rod (31) is corresponding to square toes relief hole
(2422) position is stretched over the left side of gland (242) and composition has screw rod square toes (313).
7. glass mold processing built-up jig matched with machining center according to claim 5, it is characterised in that
The middle part of the length direction of the left slider (32) and a left holder positioning key (321) is fixed with towards upper side, and
The middle part of the length direction of the right sliding block (33) and it is fixed with a right holder positioning key (331) towards upper side, it is described
Left holder (4) is fixed by left holder fixing screws (45) and left slider (32) and offers one in the bottom of left holder (4)
Left holder positioning spline (46), the left holder positioning spline (46) match with the left holder positioning key (321), the right side
Holder (5) is fixed by right holder fixing screws (55) and right sliding block (33) and offers a right side in the bottom of right holder (5)
Holder positioning spline (56), the right holder positioning spline (56) match with the right holder positioning key (331).
8. glass mold processing built-up jig matched with machining center according to claim 1, it is characterised in that institute
Supporting device (6) includes a rest pad pedestal (61) and a rest pad (62), rest pad pedestal (61) in the middle part of the glass mold stated
Corresponding between the left and right holder (4,5), and the rest pad pedestal front side wall of the rest pad pedestal (61) passes through rest pad
The front side that pedestal front side wall fixing screws (611) lead bed (2) with holder sliding is fixed, and the bearing of rest pad pedestal (61)
Block pedestal rear wall is fixed by the rear side that rest pad bottom rear wall fixing screws (612) lead bed (2) with holder sliding, and
The front-end and back-end of rest pad pedestal (61) are each provided with a pair of of rest pad Locating pilot pin (613), this is to rest pad Locating pilot pin
(613) upper end leans out the upper surface of rest pad pedestal (61), and lower end is stretched over rest pad pedestal front side wall and branch respectively
The lower section of supporting block pedestal rear wall, rest pad (62) be supported on rest pad pedestal (61) and the bottom of the rest pad (62) with
A pair of of rest pad Locating pilot pin (613) matches, and rest pad (62) is constituted towards upper side a rest pad support mould
Chamber (621).
9. glass mold processing built-up jig matched with machining center according to claim 8, it is characterised in that
In cavity wall and mutually right after the rest pad support die cavity anterior cavity wall and rest pad support die cavity of the rest pad support die cavity (621)
The position answered respectively offers an adjustment cushion block slot (6211), is provided with an adjustment cushion block T shape spiral shell in adjustment cushion block slot (6211)
Female (62111) are connected with an adjustment cushion block (62112) in adjustment cushion block T-nut (62111).
10. glass mold processing built-up jig matched with machining center according to claim 1, it is characterised in that institute
Left holder (4) are stated with a left holder vertical wall (47), a left positioning key is offered on the left holder vertical wall (47) and probes into
Chamber (471) and one left cover plate is fixed with by left covering plate bolt (4722) in the left side of left holder vertical wall (47)
(472), one is offered on the left cover plate (472) and in the position for the left end end face for corresponding to the left positioning key (7)
Left positioning key adjustment bolt slot (4721) is corresponding to the position of the left positioning key adjustment bolt slot (4721) to correspond to shape up and down
State is equipped with a pair of left positioning key adjustment bolt (47211), and the left end of the left positioning key (7) probes into the left positioning key and probes into
Chamber (471) and left holder (4) is movably supported on towards upper side, and the right end of left positioning key (7) forms horizontal boom
State, the left positioning key adjustment bolt (47211) of a pair connect with the left end end face of left positioning key (7)；The right holder
(5) there is a right holder vertical wall (57), offer a right positioning key on the right holder vertical wall (57) and probe into chamber (571) simultaneously
And one right cover plate (572) is fixed with by right covering plate bolt (5721) on the right side of right holder vertical wall (57), on the right side
A right positioning key adjustment is offered in cover plate (572) and in the position for the right end end face for corresponding to the right positioning key (8)
Bolt slot is equipped with a pair of right positioning key adjustment in the position for corresponding to the right positioning key adjustment bolt slot with upper and lower corresponding states
Bolt, the right end of the right positioning key (8) probe into the right positioning key and probe into chamber (571) and be movably supported on right holder
(5) towards upper side, and the left end of right positioning key (8) forms horizontal boom state, and the right positioning key of a pair adjusts spiral shell
Bolt is connect with the right end end face of right positioning key (8)；The left holder lock module (41) is fixed on the left holder vertical wall
(47) towards the top of right holder vertical wall (57) side, and the right holder lock module (51) is fixed on right holder and erects
Top of the straight wall (57) towards left holder vertical wall (47) side.
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| CN201910080135.6A CN109623445A (en) | 2019-01-28 | 2019-01-28 | Glass mold processing built-up jig matched with machining center |
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| CN110815714A (en) * | 2019-12-05 | 2020-02-21 | 东莞市嘉宏机电科技有限公司 | Automatic fastening device for processing injection mold |
| CN112518371A (en) * | 2020-12-02 | 2021-03-19 | 常熟建华模具科技股份有限公司 | Glass mold choke plug clamping device |
| CN112548607A (en) * | 2020-12-02 | 2021-03-26 | 常熟建华模具科技股份有限公司 | Choke plug clamp for glass mold |
| CN114136172A (en) * | 2021-11-25 | 2022-03-04 | 江苏金龙科技股份有限公司 | Internal spline disc detection device of dobby |
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